Please enter a valid full or partial manufacturer part number with a minimum of 3 letters or numbers

    2N7002K R1 Search Results

    SF Impression Pixel

    2N7002K R1 Price and Stock

    PanJit Group 2N7002K_R1_00001

    SOT-23, MOSFET
    Distributors Part Package Stock Lead Time Min Order Qty Price Buy
    DigiKey 2N7002K_R1_00001 Cut Tape 13,060 1
    • 1 $0.18
    • 10 $0.11
    • 100 $0.18
    • 1000 $0.04322
    • 10000 $0.04322
    		Buy Now
    2N7002K_R1_00001 Digi-Reel 13,060 1
    • 1 $0.18
    • 10 $0.11
    • 100 $0.18
    • 1000 $0.04322
    • 10000 $0.04322
    		Buy Now
    2N7002K_R1_00001 Reel 9,000 3,000
    • 1 -
    • 10 -
    • 100 -
    • 1000 -
    • 10000 $0.03557
    		Buy Now
    Chip One Stop 2N7002K_R1_00001 Cut Tape 1,645
    • 1 -
    • 10 -
    • 100 $0.0648
    • 1000 $0.0414
    • 10000 $0.0414
    		Buy Now

    PanJit Semiconductor 2N7002K_R1_00001

    MOSFETs 60V N-Channel Enhancement Mode MOSFET - ESD Protected
    Distributors Part Package Stock Lead Time Min Order Qty Price Buy
    Mouser Electronics 2N7002K_R1_00001 240,509
    • 1 $0.12
    • 10 $0.081
    • 100 $0.042
    • 1000 $0.037
    • 10000 $0.019
    		Buy Now
    Verical 2N7002K_R1_00001 9,000 3,000
    • 1 -
    • 10 -
    • 100 -
    • 1000 -
    • 10000 $0.0222
    		Buy Now
    Bristol Electronics 2N7002K_R1_00001 633,000
    • 1 -
    • 10 -
    • 100 -
    • 1000 -
    • 10000 -
    		Get Quote
    TME 2N7002K_R1_00001 10,580 1
    • 1 $0.1076
    • 10 $0.0705
    • 100 $0.0377
    • 1000 $0.0322
    • 10000 $0.021
    		Buy Now
    NAC 2N7002K_R1_00001 9,000 1
    • 1 -
    • 10 -
    • 100 -
    • 1000 -
    • 10000 $0.013
    		Buy Now
    Chip 1 Exchange 2N7002K_R1_00001 94,854
    • 1 -
    • 10 -
    • 100 -
    • 1000 -
    • 10000 -
    		Get Quote
    Avnet Asia 2N7002K_R1_00001 12 Weeks 6,000
    • 1 -
    • 10 -
    • 100 -
    • 1000 -
    • 10000 -
    		Get Quote

    PanJit Semiconductor 2N7002KDW_R1_00001

    MOSFETs 60V N-Channel Enhancement Mode MOSFET - ESD Protected
    Distributors Part Package Stock Lead Time Min Order Qty Price Buy
    Mouser Electronics 2N7002KDW_R1_00001 24,950
    • 1 $0.14
    • 10 $0.097
    • 100 $0.05
    • 1000 $0.044
    • 10000 $0.029
    		Buy Now

    PanJit Semiconductor 2N7002KW_R1_00001

    MOSFETs 60V N-Channel Enhancement Mode MOSFET - ESD Protected
    Distributors Part Package Stock Lead Time Min Order Qty Price Buy
    Mouser Electronics 2N7002KW_R1_00001 14,663
    • 1 $0.11
    • 10 $0.073
    • 100 $0.038
    • 1000 $0.033
    • 10000 $0.025
    		Buy Now

    PanJit Semiconductor 2N7002KTB_R1_00001

    MOSFETs 60V N-Channel Enhancement Mode MOSFET - ESD Protected
    Distributors Part Package Stock Lead Time Min Order Qty Price Buy
    Mouser Electronics 2N7002KTB_R1_00001 10,079
    • 1 $0.18
    • 10 $0.125
    • 100 $0.064
    • 1000 $0.057
    • 10000 $0.044
    		Buy Now
    Find more 2N7002K R1 price and stock on Findchips.com

    2N7002K R1 Datasheets (1)

    Part ECAD Model Manufacturer Description Curated Datasheet Type PDF
    2N7002K_R1_00001 PanJit Group SOT-23, MOSFET Original PDF

    2N7002K R1 Datasheets Context Search

    Catalog Datasheet MFG & Type Document Tags PDF

    Untitled

    Abstract: No abstract text available
    Text: SPICE Device Model 2N7002K www.vishay.com Vishay Siliconix N-Channel 60 V D-S MOSFET DESCRIPTION CHARACTERISTICS The attached SPICE model describes the typical electrical characteristics of the n-channel vertical DMOS. The sub-circuit model is extracted and optimized over the -55 °C


    Original     		2N7002K 2002/95/EC. 2002/95/EC 2011/65/EU. JS709A 02-Oct-12 PDF

    4SP560M

    Abstract: 5V-20A IRF7822 MAX1916 16SG470M 2N7002K c1 10uf 16v
    Text: 12V input, 2.5V/20A output application: VDDQ 5V VL R3 20k 12V R2 5.11k POK D1 CMPSH-3 POK VL V+ BST DDR EN/HSD Q3 2N7002K R6 10k C7 0.22uF/10V R1 400k DL ILIM PGND GND Q1 IRF7822 L1 1.0uH/30A REF FSEL C2 2X470uF 16V VTT VTTR Q2 2XIRF7822 C1 10uF 16V 2.5V at


    Original     		V/20A 2N7002K IRF7822 0uH/30A 22uF/10V 2X470uF MAX1916 2XIRF7822 4X560uF 4SP560M 5V-20A IRF7822 MAX1916 16SG470M 2N7002K c1 10uf 16v PDF

    10v 47uF capacitor

    Abstract: 10uF 63V Ceramic Capacitor for capacitor 47uF 25V Panasonic central 10uf 25V capacitor 47uF capacitor 47uF capacitor 47uF TANTALUM JMK316BJ106ML 4TPA220M
    Text: MAX1917 Application Circuits 12/28/01 MAXIM CONFIDENTIAL Generate DDR Memory Termination Voltages with MAX1917 using 3.3V Supply I. If the input voltage of the 2.5V or 1.5V dc-dc converter is 5V and is on the same board where MAX1917 is located, use the following schematics for both 1.25V and 0.75V applications.


    Original     		MAX1917 47uF/10V 2N7002K 2X220uF Si4808DY 47uF/6 10v 47uF capacitor 10uF 63V Ceramic Capacitor for capacitor 47uF 25V Panasonic central 10uf 25V capacitor 47uF capacitor 47uF capacitor 47uF TANTALUM JMK316BJ106ML 4TPA220M PDF

    capacitor 100K 63V

    Abstract: capacitor 1uF 15V ceramic capacitor 0.22uf 63V Si4808DY 10uf 25V capacitor ceramic capacitor 0.47uf 63V 4TPA220M JMK107BJ105MA MAX1916 MAX1917
    Text: MAX1917 Application Circuits 12/28/01 Generate DDR Memory Termination Voltages with MAX1917 using 3.3V Supply I. If the input voltage of the 2.5V or 1.5V dc-dc converter is 5V and is on the same board where MAX1917 is located, use the following schematics for both 1.25V and 0.75V applications.


    Original     		MAX1917 47uF/10V 2N7002K 2X220uF Si4808DY 47uF/6 capacitor 100K 63V capacitor 1uF 15V ceramic capacitor 0.22uf 63V 10uf 25V capacitor ceramic capacitor 0.47uf 63V 4TPA220M JMK107BJ105MA MAX1916 PDF

    new bright R288

    Abstract: pc87541v sis*307elv ICS9LPR600 CX20549-12 Reference design RTL8211BL MX318 new bright R266 CX20549 SiS662
    Text: 1 2 3 PCB STACK UP 4 5 6 TW5 Block Diagram LAYER 1 : TOP LAYER 2 : SGND LAYER 3 : IN1 A LAYER 4 : IN2 LAYER 5 : VCC AC/BATT CONNECTOR RUN POWER SW PG 39 BATT CHARGER LAYER 6 : IN3 LAYER 7 : SGND LAYER 8 : BOT PG 39 8 DC/DC +3VPCU +5VPCU DC/DC +1.05V +1.5V


    Original     		ICS9LPR600 1W/35W ICS9P935 667mhz M662MX 307LV 31X31) Mui7402) DATW5MB18B7 new bright R288 pc87541v sis*307elv CX20549-12 Reference design RTL8211BL MX318 new bright R266 CX20549 SiS662 PDF

    new bright R288

    Abstract: CX20549 MCP51 quanta u36 max8774 CX20549-12 THYRISTOR T9 quanta u36 C51MV MCP51 ASP-68200-07 quanta u36 rev d
    Text: 1 2 3 PCB STACK UP LAYER 2 : GND DDRII-SODIMM1 6 7 8 01 DDRII 667mhz AMD Turion 64 Rev.F Dual-Core/ Sempron Rev.F Single-Core Dual-Core 35W / Single-Core 25W PG 12,13 LAYER 3 : IN1 LAYER 4 : IN2 5 TW2Q- Block Diagram LAYER 1 : TOP A 4 DDRII-SODIMM2 DDRII 667mhz


    Original     		667mhz C51MV 280Ohm, new bright R288 CX20549 MCP51 quanta u36 max8774 CX20549-12 THYRISTOR T9 quanta u36 C51MV MCP51 ASP-68200-07 quanta u36 rev d PDF

    ICS9LPR600

    Abstract: MAX8734AEEI T 307LV apl5331 SiS662 quanta M662MX sis*307elv fbj3216hs480nt max8724 966L
    Text: 1 2 CPU CORE MAX8771 POWER VCORE 3 4 5 6 7 8 01 BQ2L BLOCK DIAGRAM PG 32 SYSTEM MAX8734AEEI+ PG 33 POWER 3/5V SYSTEM POWER MAX8743 PG 36 (VCCP) CPU THERMAL SENSOR CPU Yonah/Merom GMT781 PG 31 A A 479 Pins (uPGA) SYSTEM POWER APL5331 PG 37 (+1.5V) 14.318MHz


    Original     		MAX8771 318MHz MAX8734AEEI+ MAX8743 GMT781 APL5331 MAX8632ETI+ MAX8724 533M/667M ICS9LPR600 MAX8734AEEI T 307LV SiS662 quanta M662MX sis*307elv fbj3216hs480nt max8724 966L PDF

    lenovo t42

    Abstract: 06LE4 lenovo inverter board schematic LEDA 1218 lenovo 10Kf6 diode lenovo t60 lenovo t61 e120k PCI7412
    Text: 1 2 3 4 5 6 BOM MARK I@ INV VGA POPULATE POPULATE 4@ 4401 10/100M POPULATE CPU Yonah/Merom VGA NVIDA G72M 64 Bit B/W 16M*16(128MB) (Bank*4) PG 18,19,20,21 14.318MHz PG 5 31W/35W SYSTEM POWER MAX1993 (1.2V/NB_CORE/1.25V) CPUCLK, CPUCLK# (478 Micro-FCPGA)


    Original     		10/100M 318MHz 128MB) 1W/35W MAX1993 56pins 16x16 MAX8771 OSC14M MAX8734 lenovo t42 06LE4 lenovo inverter board schematic LEDA 1218 lenovo 10Kf6 diode lenovo t60 lenovo t61 e120k PCI7412 PDF

    PC87541

    Abstract: pc87541v quanta QUANTA TW3A rqw180n03 ics954206 hy5ps561621afp-25 new bright R288 rqa130n03 BT 342 project
    Text: 5 4 3 2 1 Model MODEL REV TW3A M/B D CHANGE LIST Page 3A First Release 31T3MB0033 E200601-0720 2006/1/10 3B E200601-5311 2006/2/8 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45


    Original     		31T3MB0033 E200601-0720) E200601-5311 31TW3MB0033 G72MV AJ073000T14) 128MB AJ080380000) PC87541 pc87541v quanta QUANTA TW3A rqw180n03 ics954206 hy5ps561621afp-25 new bright R288 rqa130n03 BT 342 project PDF

    quanta tw3

    Abstract: quanta at2 new bright R288 CX20549 new bright R266 PC87541 pc87541v quanta ICS954206AGLF quanta at1
    Text: 1 2 3 4 5 6 TW3M- DESIGN PCB STACK UP LAYER 1 : TOP DC/DC +3VSUS +5VSUS LAYER 2 : SGND1 A 7 8 DC/DC +3VPCU +5VPCU DC/DC +1.05V +1.5V PG35 PG38 CLOCKS ICS954206 LAYER 3 : IN1 LAYER 4 : IN2 LAYER 5 : VCC LAYER 6 : IN3 A RUN POWER SW PG 39 LAYER 7 : SGND2 AC/BATT


    Original     		ICS954206 1W/35W 667mhz 945GM CH7307 pin27 DHP00FC1G16. AJSL8Z20T17. 945GM) quanta tw3 quanta at2 new bright R288 CX20549 new bright R266 PC87541 pc87541v quanta ICS954206AGLF quanta at1 PDF

    RQW200

    Abstract: ICS954206AGLF RQW180N03 RQW130 PC87541v FBD42 hy5ps561621afp-25 ICS954206A RSS090 FBD41
    Text: 1 2 3 PCB STACK UP 4 5 6 TW3A- DESIGN LAYER 1 : TOP DC/DC +3VSUS +5VSUS LAYER 2 : SGND1 A LAYER 3 : IN1 LAYER 4 : IN2 LAYER 5 : VCC LAYER 6 : IN3 RUN POWER SW PG 43 AC/BATT CONNECTOR PG 40 CLOCKS ICS954206 BATT CHARGER PG 40 PG 37 DDRII 667mhz LVDS 2 Channel


    Original     		133MHZ ICS954206 1W/35W NV72M/MV 667mhz 945PM CS31002JB28 CH4102K1B03 CS00003J951 CX0HM121008 RQW200 ICS954206AGLF RQW180N03 RQW130 PC87541v FBD42 hy5ps561621afp-25 ICS954206A RSS090 FBD41 PDF

    PCI7412

    Abstract: SC42151 quanta at1 88E8038 CX20549-12Z fbl 00 054 DDR2 hynix nvg72m RQW130N03 PC87541
    Text: 1 2 3 PCB STACK UP 4 5 6 7 8 CW3 BLOCK DIAGRAM LAYER 1 : TOP LAYER 2 : GND LAYER 3 : IN1 A CLOCK GENERATOR LAYER 4 : IN3 Yonah/Merom LAYER 5 : VCC LAYER 6 : IN2 A PG.3 478 Micro-FCPGA LAYER 7 : GND LAYER 8 : BOT PG. 4,5 FSB 533/667MHZ Charger-MAX8724 PG.37


    Original     		533/667MHZ G72M-V 64M/128M Charger--MAX8724 MAX8632) MAX8743) MAX8771 MAX8734) PCI7412 SC42151 quanta at1 88E8038 CX20549-12Z fbl 00 054 DDR2 hynix nvg72m RQW130N03 PC87541 PDF

    RTM875T-606

    Abstract: RT8206 WPCE775L BUS-5A-1206 WPCE775C wpce775 u20 JBM385 quanta RT8207 SLG8SP513V
    Text: 5 D 4 VTERM +0.9V VTT(+1.05V) +1.5VSUS +1.5V +1.8VSUS +1.8V +2.5V 3VPCU +3.3V +3.3VSUS LCD_3.3V LCD_5V +5V C 3 VCORE:+1.196 ~ +0.748 VCCP:+1.05V VCCA:+1.8V or +1.5V P 4,5 B CRTP 17 945GMS HOST P 6 10.1" panel LVDS P 19 Int. SPK P 29 +/- CPU_CLK +/- HCLK CHA


    Original     		945GMS 256M/512M/1GB RJ-45 RTL8102EL JBM385 ALC268 CS24022FB13) PR111 CS31212FB28) PC114 RTM875T-606 RT8206 WPCE775L BUS-5A-1206 WPCE775C wpce775 u20 quanta RT8207 SLG8SP513V PDF

    RTM875T-606

    Abstract: RT8206 siemens c472 12v SLG8SP513V WPCE775L siemens C472 SLG8SP513 JBM385 WPCE775 t5188
    Text: 5 D 4 VTERM +0.9V VTT(+1.05V) +1.5VSUS +1.5V +1.8VSUS +1.8V +2.5V 3VPCU +3.3V +3.3VSUS LCD_3.3V LCD_5V +5V C 3 VCORE:+1.196 ~ +0.748 VCCP:+1.05V VCCA:+1.8V or +1.5V P 4,5 B CRTP 17 945GMS HOST P 6 P 29 +/- CPU_CLK +/- HCLK CHA DDR P 7 LVDS, DMI, DDR CLK P 8


    Original     		945GMS 256M/512M/1GB RJ-45 RTL8102EL JBM385 ALC268 SM16008 BAM44680003 BAM47120000 BAM44660000 RTM875T-606 RT8206 siemens c472 12v SLG8SP513V WPCE775L siemens C472 SLG8SP513 WPCE775 t5188 PDF

    BCM57780

    Abstract: AN12947a UP6111 isl62882 SLG8SP585V ALC669X bcm5778 wpce775 Intel hm55 WINBOND W25Q32BVSSIG
    Text: 5 4 3 2 1 ZY9B SYSTEM BLOCK DIAGRAM GPU CORE PWR CHARGER P44 ISL6264 GPU IO PWR 3/5V SYS PWR P45 ISL62827 +3V,+ 5V,+1.5V,+1.05V,+1.1V_VTT CLOCK GENERATOR <MCH Processor> Dual Channel 800/ 1066 MHz DDR III SO-DIMM 0 SO-DIMM 1 800 MT/s 1066 MT/s P14, 15 DDR SYSTEM MEMORY


    Original     		ISL6264 ISL88731 ISL62827 ISL6237 SLG8SP585V 318MHz 133MHz 100MHz 120MHz ISL62882 BCM57780 AN12947a UP6111 isl62882 SLG8SP585V ALC669X bcm5778 wpce775 Intel hm55 WINBOND W25Q32BVSSIG PDF

    4SP560M

    Abstract: CDEP149-0R7NC EMK212BJ474MG IRF7822 MAX1917 soft start REDUNDANT POWER SUPPLY
    Text: Maxim/Dallas > App Notes > POWER-SUPPLY CIRCUITS Keywords: pre-bias soft start, soft start, point-of-load, n+1, parallel power supplies Sep 21, 2004 APPLICATION NOTE 3356 MAX1917 Provides Pre-Bias Soft Start for Redundant Supply Pre-bias soft start has become an important feature in redundant power supply systems, parallel power supply


    Original     		MAX1917 IRF7822 2XIRF7822 2N7002K MAX1917. com/an3356 MAX1917: AN3356, APP3356, Appnote3356, 4SP560M CDEP149-0R7NC EMK212BJ474MG soft start REDUNDANT POWER SUPPLY PDF

    RTS5158

    Abstract: G780P81U SIEMENS BST t66 166 WPCE775 WPCE775L max17020 quanta AO4932 SIEMENS BST R63 BUS-5A-1206
    Text: 5 D 4 3 Diamondville VCORE:+1.196 ~ +0.748 VCCP:+1.05V VCCA:+1.8V or +1.5V +/- CPU_CLK +/- HCLK 945GSE HOST Card Reader PCI-E RTS5158 B DDR LVDS, DMI, DDR CLK POWER GND C SSD Module IDE USB ICH7M USB RTC, AC97, SATA, IDE, LPC, CPU PCI-E, USB, DMI, PCI SMB, GPIO, CLK


    Original     		945GSE 1GB/512MB RTS5158 ALC269 WPCE775L 150uF PR156 PC118 1000pF 22ohm G780P81U SIEMENS BST t66 166 WPCE775 WPCE775L max17020 quanta AO4932 SIEMENS BST R63 BUS-5A-1206 PDF

    k72 sot-23

    Abstract: sot-23 Marking KN 72k SOT23 k72 r4 UM6K1 SI2302 SI2303
    Text: TM Micro Commercial Components MOSFETS MCC Part Number Power Rating DrainSource Voltage Gate Threshold Voltage Drain Current Static DrainSource On Resistance PD VDS VGS ID rDS on (mW) V V mA Ω Polarity Marking Code Package Type Internal Diagram SMALL SIGNAL MOSFETS


    Original     		2N7002DW OT-363 2N7002T 2SK3019 OT-523 2N7002KW 2N7002W 2SK3018 O-251 k72 sot-23 sot-23 Marking KN 72k SOT23 k72 r4 UM6K1 SI2302 SI2303 PDF

    MOSFET 1053

    Abstract: input 12v output 5v application note ic 1053 4SP560M JMK212BJ475MG MAX1917 2N7002* application ddr schematic
    Text: Maxim > App Notes > POWER-SUPPLY CIRCUITS Keywords: DDR memory, high current, fast transient, MAX1917, quick PWM, step down controller, pulse width modulator Apr 12, 2002 APPLICATION NOTE 1053 VDDQ Supply for Server DDR Memory Using PWM Step-Down Controller


    Original     		MAX1917, MAX1917 com/an1053 MAX1917: AN1053, APP1053, Appnote1053, MOSFET 1053 input 12v output 5v application note ic 1053 4SP560M JMK212BJ475MG 2N7002* application ddr schematic PDF

    CIRCUIT DIAGRAM foxconn g31

    Abstract: HS8108 BGA-701 NVIDIA schematics foxconn circuit diagram hnv samsung NVIDIA 410M foxconn SKS30-04AT nvidia gpu BGA
    Text: 1 A B C 2 3 4 Schematics Page Index Title / Page Title of Schematics Page Rev. Date 00 Title A 050222 01 BLOCK DIAGRAM A 050222 02 Dothan(HOST BUS 1/2 A 050222 03 Dothan(Power/Gnd) 2/2 A 050222 04 CLOCK GEN(CK-410M) A 050222 05 Alviso (HOST) 1/5 A 050222


    Original     		CK-410M) NV44M) NV44M RN-050033 RN-050033 CIRCUIT DIAGRAM foxconn g31 HS8108 BGA-701 NVIDIA schematics foxconn circuit diagram hnv samsung NVIDIA 410M foxconn SKS30-04AT nvidia gpu BGA PDF

    GRM32ER71H475KA88L

    Abstract: LM3431 diode ss24 GRM32RB1 2n7002k 2k UUD1H100MCL AN1764 30046 fet 2n7002K C2012X7R1A475M
    Text: National Semiconductor Application Note 1764 Allan Fisher January 10, 2008 Introduction By default, the LM3431 evaluation board has channels 1-4 enabled. To drive fewer channels, first remove the sense resistor or NPN on the channel to be disabled R10-R13 or Q2Q5 . Then refer to Table 3 and make any other required


    Original     		LM3431 R10-R13 AN-1764 GRM32ER71H475KA88L diode ss24 GRM32RB1 2n7002k 2k UUD1H100MCL AN1764 30046 fet 2n7002K C2012X7R1A475M PDF

    WPCE775LA0DG

    Abstract: RT8206B RT8207A winbond wpce775 wpce775la winbond wpce775la0dg ALC269X alcor au6433 IC WPCE775LA0DG WPCE775 AU-6433
    Text: 5 4 3 2 1 JM11_MS ZH7 BLOCK DIAGRAM PCB STACK UP 8L HDI XTAL Y2 14.318MHZ LAYER 1 : TOP LAYER 2 : GND LAYER 3 : IN1 LAYER 4 : VCC LAYER 5 : IN2 LAYER 6 : IN3 LAYER 7 : GND LAYER 8 : BOT D POWER SYSTEM 5V/3V RT8206B P24 CLOCK CK505 (QFN-64) PG2 FAN & THERMAL


    Original     		318MHZ CK505 QFN-64) RT8206B ISL6261A RT8207A RT8202A Micro-FCBGA956/10W G9334/AO4466 ISL6263A WPCE775LA0DG winbond wpce775 wpce775la winbond wpce775la0dg ALC269X alcor au6433 IC WPCE775LA0DG WPCE775 AU-6433 PDF

    88SA8052

    Abstract: JMH330 marvell 88SA8052 SLG8SP513VTR RTL8103EL RT8206 UP6111AQDD 88SE8040 ICS9LPRS365BKLFT quanta
    Text: 5 4 3 2 1 CPU FSB 133MHz ZA3 PCB STACK UP SCH FSB (133MHz) ZA3(11.6") Block Diagram LAYER 1 : TOP SCH PCIE (100MHz) SCH DA (96MHz) LAYER 2 : GND D CLOCK GEN CK505 (SLG8SP513VTR ,ICS9LPRS365BKLFT) SCH DB (100MHz) LAYER 3 : IN1 Intel@Atom(Silverthorne) LAYER 4 : IN2


    Original     		133MHz) Z520/Z530 100MHz) 96MHz) CLK14 31818MHz) 88SA8052 JMH330 marvell 88SA8052 SLG8SP513VTR RTL8103EL RT8206 UP6111AQDD 88SE8040 ICS9LPRS365BKLFT quanta PDF

    AK17G

    Abstract: el504 via VT8237A VN896 EL509 AMPLIFIER ics953009 EL508 EL506 M36N2 R63311
    Text: 4 3 2 POWER STATES MODEL : 8615 Revision R01 STATE POWER ON STR S3 STD (S4) MEC-OFF (S5) O O O O +VDD3_ALW +3.3V O O O O +VDD3_AVREF +3.3V O O O O / X 7 8 9 O +12V 1 GND +3.3V O O O O / X +2.5V O O O O / X +5V +5V O O X X +3V +3.3V O O X X +2.5V +2.5V O


    Original     		MTG10 3168103C612, G306954846 MTG510, MTG511 ER514 ER517 EC555 EC556 ER510, AK17G el504 via VT8237A VN896 EL509 AMPLIFIER ics953009 EL508 EL506 M36N2 R63311 PDF